NASA discovered the mystery of the solar system

Research on four NASA missions explores the mysteries of the solar system, launched in 2020 with a $ 3 million investment.

NASA implements four research missions under the " Discovery Program ", all designed by a team of scientists and engineers, who are members of NASA.

NASA invested US $ 3 million to solve the problems of the solar system.(Photo: NASA).

The Trident rocket is responsible for exploring Triton, Neptune's largest natural satellite, to learn how to get to Earth at great distances from the Sun. Earlier, NASA's Voy Voyager 2 mission showed Triton to have a surface regeneration activity with the ability to erupt the airflow with the ionosphere to create organic snow.

This time, the Trident rocket maps to the Triton, describing the processes in action and determining whether the ocean at the bottom exists in the star's natural satellite. The mission was led by planetary scientist Louise Prockter of the Space and Planetary Research Institute, a university in Houston. NASA's jet propulsion laboratory, in Pasadena, California, will provide project management.

Picture 1 of NASA discovered the mystery of the solar system
NASA invested US $ 3 million to solve the problems of the solar system.

The VERITAS space device will map Venus' surface to determine the planet's geological history and understand why Venus evolved differently than Earth. The device is tasked with flying around Venus with a synthetic aperture radar to create three-dimensional images of the terrain and confirm whether processes such as plate tectonics and volcanoes are still active.

In addition, VERITAS mapping infrared emission from the surface for Venus geological research is largely unknown. The mission was led by astronomer Suzanne Smrekar of NASA's Jet Propulsion Laboratory in Pasadena, California.

The DAVINCI + device analyzes Venus' atmosphere to understand how it is formed and developed. DAVINCI + goes to Venus' atmosphere to accurately measure its composition, providing a multi-dimensional image. The results from DAVINCI + hope to shape the formation of the planet in the solar system and beyond. The research was led by James Garvin of the NASA Goddard Space Flight Center in Greenbelt, Maryland. Previously, NASA's last mission to Venus was in 1978 only determining how long Venusian was far from Earth.

The IVO spacecraft is responsible for exploring Jupiter's natural satellite to learn how tidal forces form and assess the amount of magma generated and erupting on this natural satellite. There have not been many studies on the characteristics of natural satellites whether a large amount of Magma exists deep in the heart of natural satellites.

The results of this mission help to clarify the formation and evolution of Venusian rocks and objects. This project was led by Professor Alfred McEwen of the University of Arizona in Tucson. Johns Hopkins University's Applied Physics Laboratory in Laurel, Maryland, will provide project management.

"These four selected missions help to solve the scientific mysteries about the world's most powerful and most complex solar system , " said Thomas Zurbuchen, NASA Science Mission Administrator. Four projects have submitted proposals in 2019, starting from 2020, managed by the Planet Mission Program Office at NASA's Space Flight Center in Huntsville (Alabama). Each mission will last 9 months with a $ 3 million research investment from NASA.